def __init__(self,scl_long_tuneup_controller): self.scl_long_tuneup_controller = scl_long_tuneup_controller self.columnNames = ["Cavity","Z[m]","Use","<html>RF A<SUB>design</SUB>(MV)<html>"] self.columnNames += ["<html>RF φ<SUB>design</SUB>(deg)<html>",] self.columnNames += ["<html>RF A<SUB>live</SUB>(MV)<html>",] self.columnNames += ["<html>RF φ<SUB>live</SUB>(deg)<html>",] self.columnNames += ["<html>BPM<SUB>1</SUB><html>","<html>BPM<SUB>2</SUB><html>"] self.nf4 = NumberFormat.getInstance() self.nf4.setMaximumFractionDigits(4) self.nf3 = NumberFormat.getInstance() self.nf3.setMaximumFractionDigits(3) self.string_class = String().getClass() self.boolean_class = Boolean(true).getClass()
def __init__(self,scl_long_tuneup_controller): self.scl_long_tuneup_controller = scl_long_tuneup_controller self.columnNames = ["BPM","Z[m]","Use"] self.nf3 = NumberFormat.getInstance() self.nf3.setMaximumFractionDigits(3) self.string_class = String().getClass() self.boolean_class = Boolean(true).getClass()
def __init__(self): self.ws_rec_table_element_arr = [] self.columnNames = ["#","Name","Use","Dir","Sigma, mm","User Fit","User RMS"] self.nf = NumberFormat.getInstance() self.nf.setMaximumFractionDigits(2) self.boolean_class = Boolean(true).getClass() self.string_class = String().getClass()
def __init__(self): self.ws_rec_table_element_arr = [] self.columnNames = ["#","Name","Use","Dir","Sigma, mm","User Fit","User RMS"] self.nf = NumberFormat.getInstance() self.nf.setMaximumFractionDigits(2) self.boolean_class = Boolean(true).getClass() self.string_class = String().getClass()
def __init__(self):
nf = NumberFormat.getInstance()
nf.setMinimumFractionDigits(2)
nf.setMaximumFractionDigits(2)
self.result = JFormattedTextField(nf,
border=None,
horizontalAlignment=JTextField.RIGHT)
self.DTCR = DefaultTableCellRenderer()
def __init__( self ) :
nf = NumberFormat.getInstance()
nf.setMinimumFractionDigits( 2 )
nf.setMaximumFractionDigits( 2 )
self.result = JFormattedTextField(
nf,
horizontalAlignment = JTextField.RIGHT
)
def __init__(self,ws_direction,transverse_twiss_analysis_Controller): self.ws_direction = ws_direction self.transverse_twiss_analysis_Controller = transverse_twiss_analysis_Controller self.columnNames = ["#","WS/LW","Pos.[m]","Use","S,[mm]","Gauss","RMS"] self.nf = NumberFormat.getInstance() self.nf.setMaximumFractionDigits(2) self.boolean_class = Boolean(true).getClass() self.string_class = String().getClass()
def __init__(self, final_twiss_params_holder):
self.final_twiss_params_holder = final_twiss_params_holder
self.columnNames = ["Name", "value", "Error"]
self.rowNames = []
tmpAxis = ["X", "Y", "Z"]
for i in range(3):
self.rowNames.append("Alpha " + tmpAxis[i])
self.rowNames.append("Beta " + tmpAxis[i])
self.rowNames.append("Emitt " + tmpAxis[i])
self.nf = NumberFormat.getInstance()
self.nf.setMaximumFractionDigits(4)
self.string_class = String().getClass()
def __init__(self,final_twiss_params_holder):
self.final_twiss_params_holder = final_twiss_params_holder
self.columnNames = ["Name","value","Error"]
self.rowNames = []
tmpAxis = ["X","Y","Z"]
for i in range(3):
self.rowNames.append("Alpha "+tmpAxis[i])
self.rowNames.append("Beta "+tmpAxis[i])
self.rowNames.append("Emitt "+tmpAxis[i])
self.nf = NumberFormat.getInstance()
self.nf.setMaximumFractionDigits(4)
self.string_class = String().getClass()
def __init__(self,scl_long_tuneup_controller): self.scl_long_tuneup_controller = scl_long_tuneup_controller self.columnNames = ["Cavity","Use","Done"] self.columnNames += ["<html>BPM<SUB>1</SUB><html>","<html>BPM<SUB>2</SUB><html>"] self.columnNames += ["<html>RF φ<SUB>old</SUB>(deg)<html>",] self.columnNames += ["<html>RF φ<SUB>new</SUB>(deg)<html>",] self.columnNames += ["<html>Fit A<SUB>φ</SUB>(deg)<html>",] self.columnNames += ["<html>Fit δA<SUB>φ</SUB>(deg)<html>",] self.columnNames += ["<html>Δφ<SUB>RF</SUB>(deg)<html>",] self.nf3 = NumberFormat.getInstance() self.nf3.setMaximumFractionDigits(3) self.string_class = String().getClass() self.boolean_class = Boolean(true).getClass()
def __init__(self,scl_long_tuneup_controller): # Delta Phi RF are actually the average RF gap phases! self.scl_long_tuneup_controller = scl_long_tuneup_controller self.columnNames = ["Cavity","Use"] self.columnNames += ["<html>Old A<SUB>EPICS</SUB>(MV)<html>",] self.columnNames += ["<html>New A<SUB>EPICS</SUB>(MV)<html>",] self.columnNames += ["<html>A<SUB>New/Old</SUB>(%)<html>",] self.columnNames += ["<html>Old Δφ<SUB>Synch</SUB>(deg)<html>",] self.columnNames += ["<html>New Δφ<SUB>Synch</SUB>(deg)<html>",] self.columnNames += ["<html>Old φ<SUB>EPICS</SUB>(deg)<html>",] self.columnNames += ["<html>New φ<SUB>EPICS</SUB>(deg)<html>",] self.nf3 = NumberFormat.getInstance() self.string_class = String().getClass() self.boolean_class = Boolean(true).getClass()
def __init__(self,scl_long_tuneup_controller): # Delta Phi RF are actually the average RF gap phases! self.scl_long_tuneup_controller = scl_long_tuneup_controller self.columnNames = ["Cavity","Use"] self.columnNames += ["<html>Old A<SUB>EPICS</SUB>(MV)<html>",] self.columnNames += ["<html>New A<SUB>EPICS</SUB>(MV)<html>",] self.columnNames += ["<html>A<SUB>New/Old</SUB>(%)<html>",] self.columnNames += ["<html>Old Δφ<SUB>RF</SUB>(deg)<html>",] self.columnNames += ["<html>New Δφ<SUB>RF</SUB>(deg)<html>",] self.columnNames += ["<html>Old φ<SUB>model</SUB>(deg)<html>",] self.columnNames += ["<html>New φ<SUB>model</SUB>(deg)<html>",] self.columnNames += ["<html>Old φ<SUB>live</SUB>(deg)<html>",] self.columnNames += ["<html>New φ<SUB>live</SUB>(deg)<html>",] self.nf3 = NumberFormat.getInstance() self.string_class = String().getClass() self.boolean_class = Boolean(true).getClass()
def __init__(self,scl_long_tuneup_controller): self.scl_long_tuneup_controller = scl_long_tuneup_controller self.columnNames = ["#","Cavity","Use","Done",] self.columnNames += ["<html>E<SUB>in</SUB>(MeV)<html>",] self.columnNames += ["<html>E<SUB>out</SUB>(MeV)<html>",] self.columnNames += ["<html>ΔE<SUB>k/(k-1)</SUB>(keV)<html>",] self.columnNames += ["<html>BPMs E<SUB>out</SUB>(MeV)<html>",] self.columnNames += ["<html>Model E<SUB>out</SUB>(MeV)<html>",] self.columnNames += ["<html>A<SUB>cav</SUB>(MV)<html>",] self.columnNames += ["<html>φ<SUB>1st gap</SUB>(deg)<html>",] self.columnNames += ["<html>φ<SUB>gap avg</SUB>(deg)<html>",] self.columnNames += ["<html>δE<SUB>fit</SUB>(keV)<html>",] self.columnNames += ["<html>Real Δφ<SUB>RF</SUB>(deg)<html>",] self.nf3 = NumberFormat.getInstance() self.nf3.setMaximumFractionDigits(3) self.string_class = String().getClass() self.boolean_class = Boolean(true).getClass()
def __init__(self, host, port, scenario_name=None):
self.scenario_name = scenario_name
self.host = host
self.port = port
self.sharedInstance = None
self._numberFormat = NumberFormat.getInstance()
self._numberFormat.setMinimumFractionDigits(1)
self._numberFormat.setMaximumFractionDigits(3)
self._nbCallSuccessSoFar = 0
self._nbCall = 0
self._nbCallError = 0
self._nbCallErrorSoFar = 0
self._nbCall_tps = 0
self._injection_rate = 0
self._sumTime = 0
self._maxTime = 0
self._lastRefresh = System.currentTimeMillis()
self.CarbonCache = Thread(
CarbonCacheClient.__AggregateReportThread(self, host, port),
"TheCarbonCache")
self.CarbonCache.start()
def __init__(self):
nf = NumberFormat.getInstance()
nf.setMinimumFractionDigits(2)
nf.setMaximumFractionDigits(2)
self.result = JFormattedTextField(nf)
def init_components(self):
self.panel0 = JPanel()
self.rbgPanel0 = ButtonGroup()
self.gbPanel0 = GridBagLayout()
self.gbcPanel0 = GridBagConstraints()
self.panel0.setLayout(self.gbPanel0)
self.host_L = JLabel("Host:")
self.host_L.setEnabled(True)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 1
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.host_L, self.gbcPanel0)
self.panel0.add(self.host_L)
self.port_L = JLabel("Port:")
self.port_L.setEnabled(True)
self.gbcPanel0.gridx = 1
self.gbcPanel0.gridy = 1
self.gbcPanel0.gridwidth = 2
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.port_L, self.gbcPanel0)
self.panel0.add(self.port_L)
self.host_TF = JTextField(10)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 2
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.host_TF, self.gbcPanel0)
self.panel0.add(self.host_TF)
format = NumberFormat.getInstance()
format.setGroupingUsed(False)
port_formatter = NumberFormatter(format)
port_formatter.setValueClass(Integer)
port_formatter.setAllowsInvalid(False)
port_formatter.setMinimum(Integer(0))
port_formatter.setMaximum(Integer(65535))
self.port_TF = JFormattedTextField(port_formatter)
self.gbcPanel0.gridx = 1
self.gbcPanel0.gridy = 2
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.port_TF, self.gbcPanel0)
self.panel0.add(self.port_TF)
self.blank_1_L = JLabel(" ")
self.blank_1_L.setEnabled(True)
self.gbcPanel0.gridx = 2
self.gbcPanel0.gridy = 3
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.blank_1_L, self.gbcPanel0)
self.panel0.add(self.blank_1_L)
self.image_formats_L = JLabel("Format of images (separator \";\"):")
self.port_L.setEnabled(True)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 4
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.image_formats_L, self.gbcPanel0)
self.panel0.add(self.image_formats_L)
self.image_formats_TF = JTextField(10)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 5
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.image_formats_TF, self.gbcPanel0)
self.panel0.add(self.image_formats_TF)
self.blank_2_L = JLabel(" ")
self.blank_2_L.setEnabled(True)
self.gbcPanel0.gridx = 2
self.gbcPanel0.gridy = 6
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.blank_2_L, self.gbcPanel0)
self.panel0.add(self.blank_2_L)
self.min_probability_L = JLabel("Confidence minimum (%):")
self.port_L.setEnabled(True)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 7
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.min_probability_L, self.gbcPanel0)
self.panel0.add(self.min_probability_L)
min_probabilty_formatter = NumberFormatter(format)
min_probabilty_formatter.setValueClass(Integer)
min_probabilty_formatter.setAllowsInvalid(False)
min_probabilty_formatter.setMinimum(Integer(0))
min_probabilty_formatter.setMaximum(Integer(100))
self.min_probability_TF = JFormattedTextField(min_probabilty_formatter)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 8
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.min_probability_TF, self.gbcPanel0)
self.panel0.add(self.min_probability_TF)
self.blank_3_L = JLabel(" ")
self.blank_3_L.setEnabled(True)
self.gbcPanel0.gridx = 2
self.gbcPanel0.gridy = 9
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.blank_3_L, self.gbcPanel0)
self.panel0.add(self.blank_3_L)
self.min_file_size_L = JLabel("Minimum file size (KB):")
self.min_file_size_L.setEnabled(True)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 10
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.min_file_size_L, self.gbcPanel0)
self.panel0.add(self.min_file_size_L)
min_file_size_formatter = NumberFormatter(format)
min_file_size_formatter.setValueClass(Integer)
min_file_size_formatter.setAllowsInvalid(False)
min_file_size_formatter.setMinimum(Integer(0))
self.min_file_size_TF = JFormattedTextField(min_file_size_formatter)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 11
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.min_file_size_TF, self.gbcPanel0)
self.panel0.add(self.min_file_size_TF)
self.blank_4_L = JLabel(" ")
self.blank_4_L.setEnabled(True)
self.gbcPanel0.gridx = 2
self.gbcPanel0.gridy = 12
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.blank_4_L, self.gbcPanel0)
self.panel0.add(self.blank_4_L)
self.detectable_obejcts_BTN = \
JButton("List of Objects to Detect", actionPerformed=self.show_detectable_objects_dialog)
# self.save_Settings_BTN.setPreferredSize(Dimension(1, 20))
self.rbgPanel0.add(self.detectable_obejcts_BTN)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 13
self.gbPanel0.setConstraints(self.detectable_obejcts_BTN,
self.gbcPanel0)
self.panel0.add(self.detectable_obejcts_BTN)
self.blank_5_L = JLabel(" ")
self.blank_5_L.setEnabled(True)
self.gbcPanel0.gridx = 2
self.gbcPanel0.gridy = 14
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.blank_5_L, self.gbcPanel0)
self.panel0.add(self.blank_5_L)
self.error_message = JLabel("", JLabel.CENTER)
self.error_message.setForeground(Color.red)
self.error_message.setEnabled(True)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 15
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.error_message, self.gbcPanel0)
self.panel0.add(self.error_message)
self.message = JLabel("", JLabel.CENTER)
self.message.setEnabled(True)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 16
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.message, self.gbcPanel0)
self.panel0.add(self.message)
self.save_settings_BTN = JButton("Save Settings",
actionPerformed=self.save_settings)
# self.save_Settings_BTN.setPreferredSize(Dimension(1, 20))
self.rbgPanel0.add(self.save_settings_BTN)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 17
self.gbPanel0.setConstraints(self.save_settings_BTN, self.gbcPanel0)
self.panel0.add(self.save_settings_BTN)
self.blank_6_L = JLabel(" ")
self.blank_6_L.setEnabled(True)
self.gbcPanel0.gridx = 2
self.gbcPanel0.gridy = 18
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.blank_6_L, self.gbcPanel0)
self.panel0.add(self.blank_6_L)
self.blank_7_L = JLabel(" ")
self.blank_7_L.setEnabled(True)
self.gbcPanel0.gridx = 2
self.gbcPanel0.gridy = 19
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.blank_7_L, self.gbcPanel0)
self.panel0.add(self.blank_7_L)
self.check_server_connection_BTN = \
JButton("Check server connection", actionPerformed=self.check_server_connection)
# self.save_Settings_BTN.setPreferredSize(Dimension(1, 20))
self.rbgPanel0.add(self.check_server_connection_BTN)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 20
self.gbPanel0.setConstraints(self.check_server_connection_BTN,
self.gbcPanel0)
self.panel0.add(self.check_server_connection_BTN)
self.blank_8_L = JLabel(" ")
self.blank_8_L.setEnabled(True)
self.gbcPanel0.gridx = 2
self.gbcPanel0.gridy = 21
self.gbcPanel0.gridwidth = 1
self.gbcPanel0.gridheight = 1
self.gbcPanel0.fill = GridBagConstraints.BOTH
self.gbcPanel0.weightx = 1
self.gbcPanel0.weighty = 0
self.gbcPanel0.anchor = GridBagConstraints.NORTH
self.gbPanel0.setConstraints(self.blank_8_L, self.gbcPanel0)
self.panel0.add(self.blank_8_L)
self.text_editor_BTN = \
JButton("Open config file", actionPerformed=self.open_text_editor)
# self.save_Settings_BTN.setPreferredSize(Dimension(1, 20))
self.rbgPanel0.add(self.text_editor_BTN)
self.gbcPanel0.gridx = 0
self.gbcPanel0.gridy = 22
self.gbPanel0.setConstraints(self.text_editor_BTN, self.gbcPanel0)
self.panel0.add(self.text_editor_BTN)
self.add(self.panel0)
def monthlyTable(file, search, twstring):
# Create Data Reference from Inputs
g = opendss(file)
from java.lang import System
lineSeparator = System.getProperty(
'line.separator') # '\r\n' # '\n' on unix
desiredSpaceCount = 6
g.filterBy(search)
# Set time window and create a new ref with this window
tw = timeWindow(twstring)
ref = DataReference.create(g[0], tw)
pref = PeriodAverageProxy(
ref,
DSSUtil.getTimeFactory().createTimeInterval('1month'))
dsi = pref.getData().getIterator()
tm = DSSUtil.getTimeFactory().getTimeInstance()
tmf = DSSUtil.getTimeFactory().getTimeFormatInstance().create("MMM yyyy")
tmf1 = DSSUtil.getTimeFactory().getTimeFormatInstance().create("MMM")
tmf2 = DSSUtil.getTimeFactory().getTimeFormatInstance().create("yyyy")
from java.lang import Float, Math
from java.util import Date
sys.add_package('java.text')
from java.text import NumberFormat
nf = NumberFormat.getInstance()
nf.setGroupingUsed(0)
nf.setMinimumFractionDigits(1)
nf.setMinimumIntegerDigits(1)
nf.setMaximumFractionDigits(1)
fp = FieldPosition(nf.INTEGER_FIELD)
lines = []
lines.append('STUDY: ' + ref.getPathname().getPart(Pathname.F_PART) +
space(10) + 'FILE: ' + file + space(10) + Date().toString())
lines.append('')
lines.append('Searched: ' + search)
lines.append('Units: ' + ref.getData().getAttributes().getYUnits())
lines.append('Project: ' + ref.getPathname().toString())
lines.append('')
desiredSpace = space(desiredSpaceCount + nf.getMinimumIntegerDigits() +
nf.getMinimumFractionDigits() - 3)
startSpace = desiredSpace + space(4)
lines.append('YEAR' + desiredSpace + 'OCT' + desiredSpace + 'NOV' +
desiredSpace + 'DEC' + desiredSpace + 'JAN' + desiredSpace +
'FEB' + desiredSpace + 'MAR' + desiredSpace + 'APR' +
desiredSpace + 'MAY' + desiredSpace + 'JUN' + desiredSpace +
'JUL' + desiredSpace + 'AUG' + desiredSpace + 'SEP' +
space(desiredSpaceCount - 3) + 'TOTAL')
cl = ''
gotOct = 0
yrsum = 0.0
allyrtot = 0.0
yravg = 0.0
totavg = 0.0
totmin = Float.MAX_VALUE
totmax = Float.MIN_VALUE
nsum = 0
nyears = 0
while not dsi.atEnd():
e = dsi.getElement()
date = tm.create(Math.round(e.getX())).toString()
mon = date[2:5]
if mon == 'OCT':
if nsum > 0:
yravg = yrsum
allyrtot = allyrtot + yrsum
nyears = nyears + 1
totmin = Math.min(totmin, yrsum)
totmax = Math.max(totmax, yrsum)
if cl != '':
strbuf = StringBuffer(10)
nf.format(yravg, strbuf, fp)
cl = cl + space(desiredSpaceCount -
fp.getEndIndex()) + strbuf.toString()
lines.append(cl)
#
yrsum = 0.0
nsum = 0
# water year
cl = repr(int(tm.create(Math.round(e.getX())).format(tmf2)) + 1)
gotOct = 1
#
if gotOct:
if (e.getY() == -901):
strbuf = StringBuffer(10)
nf.format(yravg, strbuf, fp)
cl = cl + space(desiredSpaceCount) + \
space(nf.getMinimumIntegerDigits() + nf.getMinimumIntegerDigits())
else:
strbuf = StringBuffer(10)
nf.format(e.getY(), strbuf, fp)
cl = cl + space(desiredSpaceCount -
fp.getEndIndex()) + strbuf.toString()
yrsum = yrsum + e.getY()
nsum = nsum + 1
# print tm.create(Math.round(e.getX())).format(tmf), e.getY()
#
dsi.advance()
#
# Get average, min, max for each month
totavg = allyrtot / nyears
minV = Float.MAX_VALUE
maxV = Float.MIN_VALUE
monavg = {
'OCT': 0.0,
'NOV': 0.0,
'DEC': 0.0,
'JAN': 0.0,
'FEB': 0.0,
'MAR': 0.0,
'APR': 0.0,
'MAY': 0.0,
'JUN': 0.0,
'JUL': 0.0,
'AUG': 0.0,
'SEP': 0.0
}
monmin = {
'OCT': minV,
'NOV': minV,
'DEC': minV,
'JAN': minV,
'FEB': minV,
'MAR': minV,
'APR': minV,
'MAY': minV,
'JUN': minV,
'JUL': minV,
'AUG': minV,
'SEP': minV
}
monmax = {
'OCT': maxV,
'NOV': maxV,
'DEC': maxV,
'JAN': maxV,
'FEB': maxV,
'MAR': maxV,
'APR': maxV,
'MAY': maxV,
'JUN': maxV,
'JUL': maxV,
'AUG': maxV,
'SEP': maxV
}
numavg = {
'OCT': 0,
'NOV': 0,
'DEC': 0,
'JAN': 0,
'FEB': 0,
'MAR': 0,
'APR': 0,
'MAY': 0,
'JUN': 0,
'JUL': 0,
'AUG': 0,
'SEP': 0
}
gotOct = 0
dsi.resetIterator()
while not dsi.atEnd():
e = dsi.getElement()
date = tm.create(Math.round(e.getX())).toString()
mon = date[2:5]
if mon == 'OCT':
gotOct = 1
if gotOct:
if (e.getY() == -901):
pass
else:
monmin[mon] = Math.min(monmin[mon], e.getY())
monmax[mon] = Math.max(monmax[mon], e.getY())
monavg[mon] = monavg[mon] + e.getY()
numavg[mon] = numavg[mon] + 1
#
#
dsi.advance()
#
lines.append(' ')
cl = 'AVG:'
for val in monavg.keys():
monavg[val] = monavg[val] / numavg[val]
strbuf = StringBuffer(10)
nf.format(monavg[val], strbuf, fp)
cl = cl + space(desiredSpaceCount -
fp.getEndIndex()) + strbuf.toString()
#
strbuf = StringBuffer(10)
nf.format(totavg, strbuf, fp)
cl = cl + space(desiredSpaceCount - fp.getEndIndex()) + strbuf.toString()
lines.append(cl)
#
cl = 'MIN:'
for val in monmin.keys():
strbuf = StringBuffer(10)
nf.format(monmin[val], strbuf, fp)
cl = cl + space(desiredSpaceCount -
fp.getEndIndex()) + strbuf.toString()
#
strbuf = StringBuffer(10)
nf.format(totmin, strbuf, fp)
cl = cl + space(desiredSpaceCount - fp.getEndIndex()) + strbuf.toString()
lines.append(cl)
#
cl = 'MAX:'
for val in monmax.keys():
strbuf = StringBuffer(10)
nf.format(monmax[val], strbuf, fp)
cl = cl + space(desiredSpaceCount -
fp.getEndIndex()) + strbuf.toString()
#
strbuf = StringBuffer(10)
nf.format(totmax, strbuf, fp)
cl = cl + space(desiredSpaceCount - fp.getEndIndex()) + strbuf.toString()
lines.append(cl)
#
#
# f=open(search + '.txt','w')
# for line in lines :
# f.write(line + lineSeparator)
# print line
#
# f.close()
return lines